32x32 VGA video matrix switcher with RS232

Features:

1. It has an internal buffer circuit, signal compensation circuit, and automatic gain adjustment, so that the image signal can be output with high fidelity, more stable, and transmitted over longer distances;

2. Support quick switching operation.

3. Independent VGA input and output terminals, using 15-pin HD female interface.

4. Supported signal types are: VGA, RGBHV, RGBS, RGsB, combined video, S-video, and component video.

5.500M (-3dB), full load bandwidth.

6. Supports one-click quick query function to conveniently check the switching status of the matrix.

7. It has power-down memory function and on-site power-off protection.

8. High-end blue light LCD display.

9. Provides RS232 communication interface, and the control protocol is simple and easy to use. It can process RS232 communication data at high speed, which improves the waiting time for signal switching of display devices such as DLP. 10. Standard rack-mounted 2U metal chassis, high-grade brushed aluminum panel.

11. Using the internationally accepted standard wide-voltage input power supply, stable output can be guaranteed even when the grid voltage fluctuates between 100V and 250V, which greatly improves the reliability and stability of the system.

Gain	0dB
bandwidth	500MHz(-3dB), full load
crosstalk and	-60dB@10MHz
switching speed	-60dB@10MHz
Input/Level Analog Signal	0.5V~2.0Vp-p
input resistance	75Ω
Return loss	<-38dB@5MHz
DC offset error	16mV
Output/Level	2.0Vp-p
Output impedance	75Ω
Sync input level	0.5V-5.0V p-p;: 4.0V p-p normal
Sync output level	1K
Sync output impedance	75Ω
Transmission delay	Horizontal 92ns, vertical: 158ns
rise/fall time	4ns
serial control interface	RS-232, 9-pin female D-type connector
Baud rate and protocol	Baud rate: 9600, data bits: 8 bits, stop bits: 1, no parity bit
serial control port	2=TX.3=RX.5=GND
power supply	100VAC~240VAC50/60 Hz international adaptive power supply
temperature	Storage and use temperature: -20°~70°C
humidity	Storage and use humidity: 10%~90%
mean time between failures	41,000 hours